Studies available in the literature indicate that oxytocin could alter
the circulating levels of testosterone and glucose, the prime determi
nants of fructose synthesis in the male accessory glands. This study w
as planned to find out if oxytocin could affect the concentration of f
ructose in the seminal vesicles (SV) and coagulating glands (CG) of mo
use. The results show that oxytocin reduces fructose concentration in
the SV and CG (SVCG) without altering circulating levels of either glu
cose or testosterone in the mouse.